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本帖最后由 benemale 于 2010-8-24 20:43 编辑
[size=120%]Demystifying Switched Capacitor Circuits (Demystifying Technology, Vol. 1)
By Mingliang (Michael) Liu
-
- Publisher: Newnes
- Number Of Pages: 318
- Publication Date: 2006-04-27
- ISBN-10 / ASIN: 0750679077
- ISBN-13 / EAN: 9780750679077
- Binding: Paperback
Product Description:
This book helps engineers to grasp fundamental theories and design principles
by presenting physical and intuitive explanations of switched-capacitor
circuits. Numerous circuit examples are discussed and the author emphasizes the
most important and fundamental principles involved in implementing
state-of-the-art switched-capacitor circuits for analog signal processing and
power management applications. Throughout the book, the author presents numerous
step-by-step tutorials and gives practical design examples.
While some
quantitative analysis is necessary to understand underlying concepts, tedious
mathematical equations and formal proofs are avoided. An intuitive appreciation
for switched-capacitor circuits is achieved.
Much of the existing
information on contemporary switched-capacitor circuit applications is in the
form of applications notes and data sheets for various switched-capacitor ICs.
This book compiles such information in a single volume and coherently organizes
and structures it.
The author has his own website at
www.mingliangliu.com
* Step-by-step tutorials which emphasize the most
fundamental principals of switched-capacitor circuits
* Few tedious
mathematical equations
* The first easy-to-understand compilation on this
subject--most information available is not very cohesive
Summary: Table of Contents
Rating:
5
Greeting! I am the author Mingliang (Michael) Liu. I noticed there is no link
to the book's Table of Contents on this Amazon web page (as of October 19,
2006). Thus, I thought I would add that here, as follows:
Preface
Chapter 1: Basic MOS Device Physics
1.1 Introduction
1.2
MOS Transistors
Basic Operation
Scaling of MOS Transistors
1.3
MOSFET Switches
Switch On-Resistance
Charge Injection
1.4 MOSFET
Capacitors
Chapter 2: Operational Amplifiers
2.1 Introduction
2.2 Two-Stage Op-Amps
2.3 Telescopic and Folded-Cascode Op-Amps
Appendix 2.1
Chapter 3: Switched-Capacitor Building Blocks
3.1 Introduction
3.2 Switched-Capacitor Resistor Simulation
SC Resistor Simulations
The Advantages of SC Resistor Simulations
Capacitance Ratios versus Circuit Parameters
3.3 Switched-Capacitor
Integrators
Parasitic-Sensitive SC Integrators
Parasitic-Insensitive SC
Integrators
Fully Differential Integrators
3.4 CMOS Sample-and-Hold
Circuits
Performance Parameters
Testing S&H Circuits
CMOS
S&H Circuits
3.5 Switched-Capacitor Interpolators and Decimators
SC Interpolators
SC Decimators
3.6 Signal-Flow-Graph Analysis of
Switched-Capacitor Circuits
Signal-Flow-Graph Analysis
Mason's Rule
Appendix 3.1
Chapter 4: Switched-Capacitor Filters
4.1
Introduction
4.2 Low-Order Switched-Capacitor Filters
First-Order SC
Filters
Second-Order SC Filters
Area-Efficient High-Q SC Filters
4.3 High-Order Switched-Capacitor Filters
Realizations of SC Filters
Biquad Ordering and Dynamic Range Scaling
Design Example: An Elliptical
Low-Pass SC Filter
4.4 High-Frequency CMOS Switched-Capacitor Filters
Appendix 4.1
Chapter 5: Switched-Capacitor Data Converters
5.1 Introduction
5.2 Performance Parameters of Data Converters
DAC Specifications
ADC Specifications
INL, DNL, and Quantization
Noise
5.3 Nyquist-Rate DACs
Integrated Nyquist-Rate DACs
Nyquist-Rate SC DACs
Matching Accuracy of Data Converters
5.4
Nyquist-Rate ADCs
Flash ADCs
Two-Step ADCs
Pipelined ADCs
Cyclic
ADCs
Successive-Approximation ADCs
5.5 Oversampling Data Converters
Nyquist Rate versus Oversampling
Noise Shaping and Stability
Types
of Delta-Sigma Modulators
Delta-Sigma Modulators with Single-Bit
Quantization
Delta-Sigma Modulators with Multibit Quantization
Appendix 5.1
Chapter 6: Switched-Capacitor DC-DC Converters
6.1 Introduction
Types of SC DC-DC Converters
Applications of SC
DC-DC Converters
6.2 Dickson Charge-Pump
Conventional Dickson
Charge-Pump
Improved Dickson Charge-Pumps
6.3 Cross-Coupled SC
Step-Up DC-DC Converters
6.4 SC Step-Down DC-DC Converters
6.5
Multiple-Gain SC DC-DC Converters
Chapter 7: Advanced Switched-Capacitor
Circuit Techniques
7.1 Introduction
7.2 Low-Voltage SC Circuits
Techniques
The Low-Voltage Challenge
Clock Boosting and Switch
Bootstrapping
Switched Op-Amp
7.3 Accuracy-Enhancement Techniques
for SC Circuits
The Imperfect Op-Amp
Autozeroing
Correlated
Double-Sampling
Chapter 8: Design of SC Delta-Sigma Modulators for
Multistandard RF Receivers
8.1 Introduction
The Multistandard
Challenge
Delta-Sigma Modulator for Multistandard RF Receiver
8.2
Receiver Systems
Figures of Merit
Conventional Super-Heterodyne Receiver
Zero-IF (Direct-Conversion) Receiver
Low-IF Receiver
Wideband IF
Double-Conversion Receiver
Digital-IF Receiver
Modulator Specifications
8.3 System-Level Delta-Sigma Modulator Design
IF Frequencies and
OSRs
Delta-Sigma Modulator Design for GSM and DECT
Delta-Sigma Modulator
Design for WCDMA
Sizing the Capacitors
Nonidealities in Delta-Sigma
Modulators
8.4 Circuit Implementation
SC Integrators
Operational
Transconductance Amplifier (OTA)
Quantizer
8.5 Measurement Results
8.6 Conclusions
Index
Summary: A
Very Good Buy
Rating: 5
As a high-frequency circuit designer who has worked primarily on CMOS
circuitries, I found the last chapter of the book (on the design and
implementation of a delta-sigma modulator for multiple-standard wireless
headsets) to be novel and inspiring.
This book is a good choice, in
particular to junior and / or higher-level college students studying analog
integrated electronics. Some context (filled with light-math derivations, and
presented in an intuitive, result-oriented style) may not be suitable to
everybody. Rather, it is more likely to be a comfortable read to a limited
audience, such as graduate school students and experience design engineers /
researchers. This book helps me do my job and thus buying it was a good choice
to me.
Summary: Don't waste your
money
Rating: 1
I bought this book based on Amazon reviews soon after it was released.
Looking back I see many of the positive reviews are dated prior to the book
availability. How can people recommend a book they haven't read?
I was
very excited by the table of contents because the topics were exactly what I was
looking for. However the author failed to deliver anything useful to gaining
insight on the topics.
Specific criticisms:
1) The author writes in
a rambling stream-of-consciousness style with no apparent direction for anything
written.
2) There are no detailed explanations; only the authors tips and
generalizations.
3) Equations given with no explanation of what the
variables represent.
4) Examples give answers contradictory to the math
shown.
5) Inconsistent notation.
6) Descriptions include nodes that are
not labeled on the schematics so the reader is left to guess what part of the
circuit is being discussed.
7) Large portion of book is MATLAB code with no
documentation.
This book demystifies nothing.
Summary: Worth Buying
Rating:
4
Bought this book 3 wks ago while traveling in the Bay Area. The book , in my
opinion, is well-structured and detail-oriented. The information presented in
this book is current and mostly accurate. However, as the author himself has
pointed out in the preface: The maths have been minimized, the fact of which
seems both good and bad to me: The good thing is that the book is a simple and
easy read; but the bad thing is that a few concepts are poorly explained, for
example, the sensitivity of a switched-capacitor ladder filter seems delibrately
avoided by the author in my view.
Of course, there are quite a few
positive points on the other side of the axis, such as the discussion on data
converter's resolution in relation to speed and clock jitter, or the anatomy of
a dc/dc multiple-gain converter, etc. Thus, despite a couple more disappointing
aspects, on the whole, I rate this book a fairly good reference that is worth
buying, and more importantly, worth reading/keeping.
Summary:
New addition to analog designer's library
Rating:
5
The book is full of circuit design examples and real-world stuff on
analog/mixed-signal switched-capacitor circuit design. The reference list is
plentiful and convenient for one to trace all the excitements in this field.
Would be a good addition to any analog designer's library.
[ 本帖最后由 benemale 于 2008-4-5 20:12 编辑 ] |
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